3D Designer

We are seeking a designer with solid 3D modeling skills and a passion for traditional craftsmanship, specializing in the design of exquisite Buddhist artifacts, ritual items, and K gold/copper jewelry.  Key Responsibilities:  Execute the 3D modeling and refinement of complex forms, including Buddhist statues, ritual items, and jewelry, based on client or internal needs. Manage the entire design process from concept sketch to digital model, ensuring the final design meets manufacturing requirements.  Required Qualifications Experience: 1 to 2 years or more of relevant 3D modeling or jewelry design experience. Core Software: Proficient in ZBrush sculpting software (for complex organic shapes and detailed carving, such as facial features and drapery) and familiarity with geometric design software such as Rhinoceros (Rhino)/Matrix or other mainstream CAD software (for precise geometric structure and sizing).  Preferred Qualifications (Bonus Points) Manufacturing Knowledge: Understanding of the casting processes and characteristics of copper/K gold products, and the ability to translate designs into production-ready mold files. 3D Printing Experience: Familiarity with the operation, slicing software application, and post-processing of Stereolithography (SLA/DLP) 3D printing equipment. Professional Background: Knowledge of Buddhist art, traditional crafts, or jewelry design  Application Materials & Portfolio Requirements Please ensure you provide your resume, detailed project descriptions, and the following portfolio content:  1.Native File Demonstration (Choose One): Live Operation: Applicants must bring their personal laptop to showcase 3D modeling native files (e.g., ZTL, 3DM) and be able to operate the software to demonstrate the production process and modification ability on the spot.  Video Demonstration: If workplace constraints prevent bringing a laptop, a high-quality screen recording or video must be provided. This video should showcase the complete production process from sketch to detailed sculpting/geometric construction, and demonstrate the file's modifiability.  2.Final Model Files: Prepare .OBJ or .STL files for quick visual inspection of the final appearance and aesthetic details on our company computer.